| 1 |
draw_set_color(c_white); |
| 2 |
for (i = 0; (global.idealborder[0] + (i * 5)) < global.idealborder[1]; i += 1) |
| 3 |
{ |
| 4 |
toothyy[i] = y + (sin(seed + (i * factor)) * 30); |
| 5 |
toothxx[i] += toothspeed; |
| 6 |
if (toothxx[i] > global.idealborder[1]) |
| 7 |
toothxx[i] = global.idealborder[0]; |
| 8 |
if (toothxx[i] < global.idealborder[0]) |
| 9 |
toothxx[i] = global.idealborder[0]; |
| 10 |
if (toothyy[i] > global.idealborder[2]) |
| 11 |
draw_line(toothxx[i], global.idealborder[2], toothxx[i], toothyy[i]); |
| 12 |
if ((toothyy[i] + toothdist) < global.idealborder[3]) |
| 13 |
draw_line(toothxx[i], global.idealborder[3], toothxx[i], toothyy[i] + toothdist); |
| 14 |
if (collision_line(toothxx[i], global.idealborder[2], toothxx[i], toothyy[i] - 3, obj_heart, false, true)) |
| 15 |
event_user(1); |
| 16 |
if (collision_line(toothxx[i], global.idealborder[3], toothxx[i], toothyy[i] + toothdist + 3, obj_heart, false, true)) |
| 17 |
event_user(1); |
| 18 |
} |
| 19 |
toothdist -= (vspeed * 2.15); |
| 20 |
if (toothspeed < 2.4) |
| 21 |
toothspeed += 0.08; |